This online lab functions as an accelerated boot camp in 5G software engineering. Through a combination of explanatory lecture videos, interactive excercises, and practical experience in software engineering (software-based labs), you will enchance your existing software skills with specific, hands-on experience of cutting-edge 5G technologies. 5G Online Labs covers topics from embedded systems and wireless data transmission to private network setups and end-device configuration. The lectures and interactive exercises explore 5G signaling, network deployments, and data communication. You will gain practical insights into network interfaces and testing within Linux environments. The course emphasizes performance visualization and persistence for optimal network operations. Additionally, it includes real-time applications, such as video streaming for 5G drone surveillance, offering you hands-on experience with cutting-edge 5G technologies. This course is designed to equip learners with the skills necessary to manage, deploy, and optimize 5G networks effectively. 

Upon completion of this course, you will be able to: 

1. Work effectively in a 5G environment, using a range of specialist tools and techniques. 
2. Understand the real-world, practical aspects of 5G networks in detail. 
3. Configure and manage the various components required by different 5G network setups. 
4. Identify and deploy appropriate software-engineering solutions for a range of 5G use cases and deployment scenarios, from industrial and medical applications to drone surveillance. 
5. Specify precise hardware and software requirements for specific use cases, based on examples introduced in the course. 
6. Analyze and test the performance of different 5G networks and components, as well as identify performance upgrades

Upon completion of this course, the students will be able to:

1. Interpret the various advanced communication networks and 5G cellular networks.
2. Explain the 5G network architecture and enabling 5G technologies.
3. Illustrate the various network types, planning processes, and deployment options of 5G networks.
4. Appraise the 5G use cases and Campus networks.
5. Differentiate various 5G hardware and integrate the system implementation aspects.
6. Analyze 5G system testing and define elements of 5G testbeds.